Learning its different sets of instructions for different architecture is almost close to impossible. Moreover, to assimilate and learn this language, you need to have the knowledge and experience of the specific machine architecture. Thus, we can conclude that high-level languages are not only easy to understand and memorize but also easy to read, write and modify.
Low-level languages are machine-dependent and thus different for different architectures. Thus, they are not portable. But high-level languages comprise English statements that need a compiler or interpreter to convert them to machine language. You need to use different compilers for different machine architectures and to the source to its specific machine language.
Thus, high-level languages are portable. Speed and performance and directly proportional and thus the performance of higher speed language, i. The low-level language resembles closely to the language of the computer and thus, they show less or no abstraction from the hardware. In contrast, the high-level language runs on top of the machine language.
They interact with the hardware via the layers of the operating system and other software. Thus, high-level language exhibits a higher layer of abstraction. High-level languages are much easier and more flexible to handle than low-level languages. Compared to low-level language, they have huge libraries with a dense set of keywords, Data types, functions, etc.
Thus, they can be easily developed with far fewer resources and effort. This flexibility is absent in low-level languages and is difficult and inflexible to handle. Be it a small syntactical error or big memory leaks; detecting them or maintaining them is a more tedious and time-consuming process in a low-level language. Moreover, they are more error-prone and difficult to debug.
In contrast, high-level languages show fewer errors. Nearly all of their syntactical errors can be identified by the compilers and interpreters and can be fixed. They are also easy to maintain as well as debug Want to Upskill to get ahead in your career?
Check out the Job Oriented Courses. You find far less support for low-level languages than high-level languages. The number of professionals for low-level languages pales in comparison to the number of professionals available for high-level ones. Because of their virtues and traits like high speed, no abstraction, and direct communication with the hardware, low-level languages are generally used to develop all kinds of operating systems and their embedded systems.
In contrast, high-level languages are used to develop a plethora of applications like utility software, desktop applications, websites, mobile applications, etc. By now, it is evident that high-level languages are more advantageous than low-level languages. They are:. We hope that by now you can clearly understand the difference between the two types of computer languages and their various applications. However, we need both to make the maximum and most efficient use of computers.
Save my name, email, and website in this browser for the next time I comment. DevOps Engineer Salary in India. Angular Developer Salary in India. Full Stack Developer Salary in India. Python vs PySpark. The High-Level Language is a computer language that is often used for programming and scripting.
This type of language can be interpreted by the software we use to create programs. High-level languages are easier to read and write than low-level languages which may make them more accessible to some people. There are many different types of high-level languages, but they all share certain qualities, like being easy to understand and translate into machine code or even binary.
The High-Level Language is a computer language that is often used for programming or scripting. One thing you might notice about this. Low-level programming languages are computer languages that are the most basic, with little to no abstraction. It can run on any platform. It is machine-dependent. It needs compiler or interpreter for translation.
It needs assembler for translation. It is used widely for programming. It is not commonly used now-a-days in programming. Previous Difference between Compiled and Interpreted Language. Recommended Articles. Article Contributed By :. Easy Normal Medium Hard Expert. A low level language is difficult to write, understand and debug. This is the reason, people start moving towards high level languages. It can be classified into two types assembly language and machine language.
Rather, the code must be compiled into low level language. It entails low-level languages are faster than the high level languages. An assembly language can be viewed as a bridge between high level language and machine language as it provides commands such as ADD Addition , MUL Multiply and SUB subtraction that performs certain operations. However, it uses an assembler in order to get converted into machine language.
A machine language is language that consists binary code and the actual code that understand by CPU. In a nutshell, it can be defined as the language that can easily be understood by a programmer or user. These languages are closer to natural language that a human can understand and easy to debug.
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